利用多层D.O.D.印刷制造用于甚高频功率传输的银墨微米电感

Giuseppe Barbalace, D. Natali, Martina Scolari
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引用次数: 0

摘要

银墨轨道的特点沉积通过压电滴按需印刷,感谢一个创新的国家的最先进的打印机,描述。精确的打印轨迹是为了限制轨道宽度和增加厚度,以制造高导电性螺旋,以便为甚高频功率传输应用创建电感。更多的层沉积在聚酰亚胺上,而不会引起明显的轨道宽度变化。所描述的印刷方法能够快速有效地增加厚度,这对于制造具有低片材电阻值和高质量因子值的高质量组件至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Manufacturing of silver-ink micrometer inductors through multilayer D.O.D. printing for VHF Power Transfer
Silver-ink tracks features deposited through piezoelectric Drop-on-Demand printing, thanks to an innovative state-of-art printer, are described. Precise printing-trajectories are implemented to limit track-width and to increase thickness with the purpose of manufacturing high-conductivity spirals in order to create inductors for Very High Frequency power transfer applications. More layers are deposited onto polyimide without provoking noticeable track-width variations. The described printing methodology enabled a rapid and effective thickness increase, essential to manufacture high quality components characterized by low values of sheet resistance together with high values of quality factor.
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